kick scooter

In theory, this is very basic. Although I am just a law student and by no means an engineer of any sort. My idea is to create a tupperware that has slits in a grid like form on the bottom and sides. Additionally there would be slits under the lid. With the grid-like slits, one would be able to put inserts in order to separate there food. with the insert going into the bottom, sides and the lid, there would be a nice seal from any liquids or foods mixing with the others. Obviously, the point of the grid is to be able to create different sized servings and adjust them from bouncing around. Basically, one could put a perfect compact cup of rice, another for veggies etc. The preserving tupperware current on the market do not allow this and one has to purchase a thousand of them. My vision is for it to be able 10 inches in length with a 5 inch witch and about 2.5 inches tall. The top of the tupperware and lid should look similar to your standard rubbermaid tupperware. the walls of the tupperware should not be less or more than 90 degrees. The corners and need to be rounded. The slits them selves should not be to shallow, for that would defeat the purpose of them. My estimation is that they would be about .5 centimeters. Because of the slits, the bottom and sides could/maybe/should form a ridge like surface. (think of ruffles) Lastly, the ridges, or slits should be continuous, at least in my mind around the entirety of the tupperware, which means the lid will need to account for vertical ridges along the walls of the tupperware and still be able to seal it. Although I will not prepay, being the cautious man of law that I am, payment will be given upon the winner being chosen. AND, in the event that my price is significantly low balled and outrageous I will increase it if no one in their right mind would accept it. Thank you.

Four story wood frame townhouse style development with parking garage under. 62 x 250 with spans above garage 14 foot with max 19. Floor joists Eng. LBL beams, Exterior stone, have exterior rendering and elevations to start with. Interior layouts already 95%.

Sub 350mm Foldable, Modular Arm, Battery Pack, and Payload agnostic mounting point UAV. Frame design requires consideration of minimal to no tool required to field assemble. If tools are required, fasteners etc must revolve around capacity of regular multi tool. Design should also approach sub 2 minute field assembly, in a zero lighting environment. Design should be based on additive manufacturing capabilities with carbon fiber as the preferred material for production.

We are interested in hiring someone who has experience or capability in creating CAD for footwear and footwear-related projects.

- Remodelling of sofa-designs - Renderings - CAD/technical drawings - 3D - Product designer I'll send the models.